⚠️ Attention: Version 4 is still under development, and documentation for all versions is being modified!
⚠️ Attention: Version 3 has been discontinued. Use version 2 until version 4 is completed!
Sneaky S0ng is a music cipher that generates a complex song for you, with a secret message hidden inside. Using MuseScore, as we did, or other music-making applications, Sneaky $0ng can generate sheet music, complete with notations and dynamics. Although we can't promise that your cipher will sound good when played, it will be tough to decipher. This is due in part to the complex series of beats utilizing different pitches to create a cipher that is almost impossible for most people to crack.
To use the pip package version of Sneaky S0ng you must have the following.
- This program must be run in Python 3
- Any musicxml file reader (musescore for software and flat.io for website reader is recommended)
- Pip must be installed
python3 -m pip install pip - Sneaky s0ng must be installed
pip install sneaky_s0ng
Once the package is installed open a new Python file and type from sneaky_s0ng import *.
Now that sneaky_s0ng is imported to your file you can now use it in your projects.
To use Sneaky S0ng, you need some fundamental programs.
- This program must be run in Python 3
- Any musicxml file reader (musescore for software and flat.io for website reader is recommended)
- Linux/GitBash needs to be installed
- You need to have access to the music21 library
The installation is easy. You first need to go to Git hub and copy the HTTP to your clipboard
After you have copied the HTTP to your clipboard, you must open up your GitBash or Linux program and Type in. git clone HTTP, and you will want to replace the HTTP in git clone HTTP with the HTTP link that you copied.
Once the repository is installed open music.py and run it, type the sentence you want to encrypt into the terminal when prompted. The program will then update the output.xml file with your encrypted sentence. Open the output.xml file with your musicxml reader to view your code in music notation.
Accepted characters include all letters of the English language "A - Z", German letters (ä, ö, ü, ß), and all numbers "0 - 9" along with the following:
,(commas).(periods)?(question marks)—(dashes)!(exclamation marks):(colon);(semicolons)'(apostrophe)()(both parentheses){}(both Curley brackets)[](both brackets)/(slashes)$(dollar signs)%(percent)"(quotes)~(tilda)- ` (backticks)
@(AT symbols)#(pound)^(carrots)&(and symbols)*(stars)_(underscores)<(less than symbols)>(greater than symbols)|(vertical bar)+(plus)=(equals)
Note - negative numbers are accepted because of the dashes, but they do not have their distinct cipher.